An article in The Wire by Wei-Chiao Huang, a PhD candidate in biomedical engineering, and Jonathan Lovell, associate professor of biomedical engineering, describes research that that could boost the efficacy of malarial transmission-blocking vaccines to help reduce the spread of the disease that kills more than 400,000 people annually.
An article in The Conversation by Wei-Chiao Huang, a PhD candidate in biomedical engineering, and Jonathan Lovell, associate professor of biomedical engineering, looks at research that that could boost the efficacy of malarial transmission-blocking vaccines to help reduce the spread of the disease that kills more than 400,000 people annually.
An article on World Economic Forum reports on research by Jonathan Lovell, associate professor of biomedical engineering, that could boost the efficacy of malarial transmission-blocking vaccines to help reduce the spread of the disease that kills more than 400,000 people annually.
“It was the most beautiful place I have ever been to. From the top of the hills, we could see miles and miles of mountains, trees and coffee bushes,” said Aaron Chaney, secretary of Engineers Without Borders and a student in the Department of Civil, Structural and Environmental Engineering.
An article on Futurity reports on research by Jonathan Lovell, associate professor of biomedical engineering, that could boost the efficacy of malarial transmission-blocking vaccines to help reduce the spread of the disease that kills more than 400,000 people annually.
An article on Infection Control Today reports on research by Jonathan Lovell, associate professor of biomedical engineering,that could boost the efficacy of malarial transmission-blocking vaccines to help reduce the spread of the disease that kills more than 400,000 people annually.
